Kerone also offers lab/pilot scale spray dryers that are designed for research and development, small-scale production, and feasibility. Kerone's lab/pilot spray dryers are compact, easy to use, and customizable to meet specific requirements.

Lab/pilot spray dryers are small-scale drying systems used in laboratories or pilot plants to evaluate the feasibility of spray drying a particular material. These systems typically have a capacity of a few hundred milliliters to a few liters and are used for research and development purposes. Lab and pilot spray dryers are designed to mimic the process conditions of larger industrial spray dryers, but on a smaller scale.

Lab/pilot spray dryers are small-scale drying systems used in laboratories or pilot plants to evaluate the feasibility of spray drying a particular material. These systems typically have a capacity of a few hundred milliliters to a few liters and are used for research and development purposes. Lab/pilot spray dryers are designed to mimic the process conditions of larger industrial spray dryers, but on a smaller scale.

The main differences between lab/pilot and industrial spray dryers are their capacity, cost, and complexity. Lab/pilot spray dryers are smaller, less expensive, and less complex than industrial spray dryers. Industrial spray dryers, on the other hand, are larger, more expensive, and more complex than lab/pilot spray dryers. They require a higher level of expertise to operate and maintain and may require additional equipment, such as a powder collection system or a control system, to operate efficiently.

• Formulation development of new products, such as food ingredients, pharmaceuticals, and chemicals
• Feasibility studies of new materials and processes
• Process optimization and scale-up of small-scale processes to industrial production

• Smaller size and lower capacity.
• Can handle small amounts of material, typically in the range of a few hundred milliliters to a few liters
• Designed for research and development purposes.
• Compact design for flexibility and ease of usage.
• Easy to clean and maintain.
• Can be equipped with various types of atomizers, such as pressure nozzle, centrifugal, or two-fluid nozzle, depending on the application.
• Can be used with various types of heating systems, such as electric, gas, or steam.
• May include a control system for adjusting process parameters, such as temperature, airflow rate, and feed rate.